High Voltage 1000V-1500V Battery Testing System from China Suppliers & Factory with ±0.05% Voltage Accuracy
Dual Closed-Loop
Integrates constant current (CC) and constant voltage (CV) sources for exceptional stability and rapid dynamic response.
One-Step Simulation
Enables continuous charge-discharge switching in a single workflow without manual intervention, reducing energy waste.
Target Applications
Engineered specifically for next-gen EV batteries, high-power energy storage systems, and advanced industrial R&D.
Frequently Asked Questions
How does the dual closed-loop architecture function?
The dual closed-loop architecture integrates constant current (CC) and constant voltage (CV) sources. This design enables seamless collaboration between power modes to ensure exceptional stability and rapid dynamic response during testing.
What is the benefit of the one-step simulation capability?
It allows continuous charge-discharge switching within a single workflow without manual intervention. This dramatically improves testing efficiency while reducing overall energy waste.
Which industries and applications is this system designed for?
This system is specifically designed for next-generation EV batteries, energy storage systems, and industrial R&D applications.
Does the system require manual intervention during charge-discharge cycles?
No. Thanks to the one-step simulation capability, the system manages continuous switching between charging and discharging automatically within a single workflow.
How does this system improve high-power battery testing?
By combining precision control and operational agility, the system redefines testing workflows, offering higher efficiency, stability, and responsiveness for high-power battery scenarios.